CarbonCure

Overview

The CarbonCure - CO2 Utilization in Concrete project represents an innovative approach to reducing carbon emissions in the concrete production process. Developed by CarbonCure Technologies Inc., the project utilizes waste CO2 as a feedstock in concrete manufacturing, resulting in emission reductions and removals. By injecting waste CO2 into the concrete mix, the project not only sequesters carbon but also improves the performance of concrete, contributing to environmental sustainability and market competitiveness.

Environmental impact

Concrete production is a significant contributor to global emissions, with the cement industry alone responsible for a substantial portion. The CarbonCure project addresses this issue by retrofitting existing concrete manufacturing facilities with equipment capable of injecting waste CO2 into the production process. The mineralization of CO2 in concrete permanently stores carbon and enhances the material's compressive strength and performance. By reducing the need for carbon-intensive cement and sequestering CO2, the project contributes to emission reductions and removals, mitigating the environmental impact of concrete production.

Social benefits

Through its innovative technology, the CarbonCure project promotes sustainable practices in the construction industry while supporting market demand for environmentally friendly building materials. By reducing the carbon footprint of concrete, the project aligns with sustainability goals and standards, attracting environmentally conscious customers and developers. Additionally, the project's use of waste CO2 as a feedstock provides an opportunity for collaboration with industries seeking to reduce emissions and achieve sustainability targets.

Certification

Certified under the VCS, the CarbonCure project has achieved significant emission reductions and removals, contributing to climate change mitigation efforts. With over 14,500 tCO2e of emission reductions achieved to date, the project demonstrates the effectiveness of carbon utilization technologies in the concrete sector. Additionally, the project's technology has enabled savings of over 17,300 tonnes of Portland cement, further reducing carbon emissions associated with concrete production. The project's concrete has been used in over 1,350 buildings and infrastructure projects, highlighting its market acceptance and widespread adoption.

Documentation